Optical Wizard
Optical Wizard Help

Additional Help
12X Zoom
12X Zoom Mounting
12XT Adapters
12XT Mounting
Adapter Modifiers
Adapters (Zoom System)
Adapters (Precise Eye)
Anatomy of a Precise Eye
Anatomy of a Zoom
Aperture Control
Camera Format
Camera Mount
CCTV
Cube Mount
Custom Mount Formats
Detented Zoom
DIC
DIC Operation
Digital Camera Adapter
Double-Sided Telecentric Lens
ELWD Macro Invaritar Mounting
HE Manual Motor Control
Illumination
Illumination Driver
Internal Focusing
Invarigon R Mounting
Large Format Lens
Largest Dimension
Lens Attachments
Low Light Video
Motor Driver
Motorization
Navitar Product Line
NIR (Near Infared)
Objective
Objective Thread Adapter
Pixel Size
Polarization
Precise Eye
Precise Eye Body Tube
Precise Eye Mounting
Result Page
Ring Light WD
Rodenstock
Smallest Dimension
Telecentric Lens
Spacer Kit
Working Distance
ZFL
ZFL Focusing
ZFL Illumination Driver
ZFL Mounting
ZFL Stand
ZFL Vision Mode
Zoom 6000
Zoom 6000 Adjusted WD
Zoom 6000 Mounting
Zoom 7000
Zoom Body Tube
Zoom Drive
ZoomXtender


 


There is a sequence to using the DIC:

Image: DIC Description


Secure the prism mount slide with the lock screw engaging the prism slide detent.

Looking thru the optics port, rotate the prism slide knob until the prism is centered in the port (total lateral motion is about 5mm).

Loosen the lock screw holding the prism mount slide until it is out of the detent. Pull the prism mount slide back until it stops. This clears the optical path.

Put the system together per the illustrations below (exact configuration will depend on equipment selected). Look at something highly reflective. With a 10X objective, 1X Adapter, and 1/2" camera, you will have to zoom up to at least 0.8 to get rid of any vignetting. This varies with the objective (like any ultra-zoom system). The analyzer (1-60816) will rotate something larger than 90 degrees. Loosen the analyzer mounting set screws, and rotate the analyzer so that the middle of this 90 degree rotation is located at the point of extinction (everything goes nearly black). Re-tighten the set screws. Leave the analyzer where it is and go to the polarizer (1-60812). Loosen its set screws and rotate the fiber optic holder (which has the polarizer in it). You are trying to get the maximum extinction (most black). By rotating the analyzer a little, it may help finding this "maximum black" condition. Lock the polarizer set screws. (This must be done with the prism out of the light path).

Rotate the analyzer 45 degrees and you will have a clear image. If a zoom system is employed, set the front (at high mag) and back (at low mag) conjugates so the image stays in focus throughout the zoom range. The closer everything is working to nominal, the better the end results.

Rotate the analyzer back to the extinction position. Slide the prism into the path. Use the slider knob to move the prism to bring out the detail. Because the DIC is creating the "3D effect" by angled rays, details may be emphasized by rotating the object with respect to the prism system. Sometimes it helps to tweak the analyzer.